AC600

WiFi USB Mini Adapter

802.11ac Dual Band

Start Flying with Next Generation WiFi

The world’s fastest WiFi technology at your fingertips will enable even older Windows®-based laptops to soar at top speed. Simply plug the mini adapter into a USB slot to surf, stream or game - lag time free. NETGEAR dual band performance with Beamforming+ keeps you connected while improving range and reliability.

Beamforming+ Gives You Focus

Smart and Reliable

Compatible with any standard WiFi router, this AC600 Dual Band WiFi USB Mini Adapter wirelessly upgrades your Windows®-based notebook computer to AC WiFi speeds. The compact, mini designed adapter is perfect for added mobility and allows you to experience lag-free, HD streams throughout your home, online gaming and a secure and reliable connection to the Internet. With up to 150/433Mbps speed, dual band and Beamforming+, the A6100 avoids interference ensuring top WiFi speeds and reliable connections. Easy setup with the NETGEAR® genie® gets you up and running fast, while Push ‘N’ Connect gives you a secured connection at the push of a button.

Extended range and performance with 802.11ac (150 Mbps/433 Mbps)

Innovative mini-design

Perfect for online gaming and video streaming

Beamforming+—Faster, more reliable connections

Works with any standard WiFi Router or Modem Router/Gateway like Belkin®, Linksys®, D-Link®, NETGEAR®, & others

Dual band reduces interference for better connections to more WiFi devices

Innovative mini-design

Stream HD videos simultaneously

Push ‘N’ Connect—push button security

Easy NETGEAR genie® setup

Physical Specifications

Dimensions: 36.1 x 18.4 x 8.1 mm (1.42 x .724 x .318 in)

Weight: 8 g (.28 oz)

Package Contents

A6100 WiFi USB Mini Adapter—AC600 Dual Band (A6100)

Installation guide

NETGEAR® genie® installation CD

Standards

IEEE® 802.11 b/g/n 2.4GHz

IEEE 802.11 a/n/ac 5.0GHz

System Requirements

Intel® Pentium® class PC

Available USB 1.1 or USB 2.0

Microsoft® Windows® 7, 8, 8.1, 10, XP, Vista®: (32/64-bit)

† Maximum wireless signal rate derived from draft IEEE 802.11ac specifications, and final IEEE 802.11ac specifications may be different. Actual data throughput will likely be lower, and depends on network and environmental conditions, including volume of network traffic and building construction.